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Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

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Page 1: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

Ralph L. AmateisVirginia Tech

Out of the Pits: Quantifying Soil Relations and Their Impact on

Growth

Page 2: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

Pinus taeda in Piedmont of Virginia

Landscape Position Affecting Soil and Tree Growth

Page 4: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

Soil Electrical ConductivitySEC is the ability of soil to conduct an electrical current (milliSiemens m-1).

It is correlated with a number of soil properties that affect productivity, including soil texture, cation exchange capacity, drainage conditions, organic matter level, salinity, and even subsoil characteristics.

Page 5: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth
Page 6: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

Soil EC maps often visually correspond to patterns on yield maps and can help explain yield variation

Page 7: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

A Research Tool:

• Quantifying microsite variation!• Maybe a number of others!

Page 8: Ralph L. Amateis Virginia Tech Out of the Pits: Quantifying Soil Relations and Their Impact on Growth

SEC…A New Horizon?